Nitric Oxide Sensors
WPI pioneered the use of amperometry in commercial Nitric Oxide
measurement instrumentation, and continues to develop new sensor
formats that are application specific. Currently available sensors are
described here.
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- Response Time: <5 sec
- Lowest Detection Limit: 1 nM
- Sensitivity: 2 pA/nM
- Application: Cell Cultures
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[Product Details...] |
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- A dry carbon fiber sensor that works like a 2mm wet sensor
- Use like an ISO-NOP without sleeves and filling solution
- Response Time: <10 sec
- Lowest Detection Limit: 0.2 nM
- Sensitivity: 20pA/nM
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: 1 nM
- Sensitivity: 1.4 pA/nM
- Application: Microvessels
- Requires cable #91580
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: 1 nM
- Sensitivity: 1.4 pA/nM
- Application: Microvessels
- Requires cable #91580
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: 1 nM
- Sensitivity: 1.4 pA/nM
- Application: Tissue Bath
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[Product Details...] |
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- Response Time: <5 sec
- Lowest Detection Limit: 0.2 nM
- Sensitivity: 10 pA/nM
- Application: in vivo
- Flexible sensor, nearly unbreakable
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: <0.5nM
- Sensitivity: >50pA/nM
- L-shaped for tissue bath studies
- Flexible sensor, nearly unbreakable
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[Product Details...] |
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- Response Time: <5 sec
- Lowest Detection Limit: 0.2 nM
- Sensitivity: 10 pA/nM
- Application: in vivo
- Flexible sensor, nearly unbreakable
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: 0.5 nM
- Sensitivity: 1 pA/nM
- Application: Microvessels
- Requires cable #91580
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: 1 nM
- Sensitivity: 1.4 pA/nM
- Application: Tissue Bath
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[Product Details...] |
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- Response Time: <3 sec
- Lowest Detection Limit: 0.5 nM
- Sensitivity: 0.5 pA/nM
- Application: Single Cell
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[Product Details...] |
Results 1 - 15 of 15
Last Updated: Sunday, 12 February 2012 02:58
